This eliminates the possibility of inlining target failures for ondemand
Also makes it so we always compile common architectures needed by simdjson.cpp in simdjson.h, since amalgamation has no way to reason about whether to include / exclude it.
* This gives the CMake install the necessarily information (and flags) to know
whether we have a Windows DLL and in such cases how to handle the linkage.
* Updating main branch for legacy libc++ support
* Adopting
* Removing unnecessary math header.
* Updating the single-header files so we can pass the new tests.
* Portable infinite-value detection is hard.
* Working toward disabling boost json selectively.
* Selectively disabling Boost JSON
* More work toward selectively disabling boost json.
- Allow user to specify SIMDJSON_BUILTIN_IMPLEMENTATION
- Make cmake -DSIMDJSON_IMPLEMENTATION=haswell *only* specify haswell
- Move negative implementation selection to
-DSIMDJSON_EXCLUDE_IMPLEMENTATION
- Automatically select SIMDJSON_BUILTIN_IMPLEMENTATION if
SIMDJSON_IMPLEMENTATION is set
- Move implementation enablement mostly to implementation files
- Make implementation enablement and selection simpler and more robust
- Fix bug where programs linked against simdjson were not passed
SIMDJSON_XXX_IMPLEMENTATION or SIMDJSON_EXCEPTIONS
* This would disable bash scripts under FreeBSD.
* Let us also disable GIT.
* Let us try to just disable GIT
* Nope. We must have both bash and git disabled.
C++ 20 adds a new feature called "ranges", which provides components for dealing
with sequences of values: https://en.cppreference.com/w/cpp/ranges.
A range is like a normal object containing `begin` and `end`, except there are
also composable operations like maps, filters, joins, etc.
The iterator objects returned by a range's `begin` and `end` require a more
strict set of operations than is needed for a range-for loop.
This PR adds the extra operations needed to support turning `dom::array` and
`dom::object` into a range.
This PR does not depend on any C++ 20 behavior, the added operators are all
valid C++ 11, and are already part of the LegacyIterator concepts.
This PR adds extra code behind: `#if defined(__cpp_lib_ranges)` guards, which is
the new C++ 20 specified feature test macro for ranges support. When ranges
support is detected, extra compile time checks are added to ensure that
`dom::array` and `dom::object` satisfy the range concept. No runtime tests have
been added yet because these compile time checks should be sufficient.
If desired, the `static_assert` code could be moved out of the actual code
headers and put into a test file.
John Keiser
Daniel Lemire
John Keiser
Paul Dreik
Tyler Kennedy
PavelP
Joe Jevnik
Daniel Lemire
Brendan Knapp